In March 2026, delivered targeted fixes to the TwoParticleCorrelations module in AliceO2Group/O2Physics, enhancing robustness, candidate handling, and invariant mass calculations for Lambda* analyses. Implemented sparse histograms for proton candidates to improve memory efficiency and performance, and refined identification for deuteron and kaon to increase reliability of particle-correlation analyses. All changes were reviewed and integrated as part of a bug-fix sprint with documentation tied to commit c25bcdf683ab34f8a86df7fbab60ab440a67a6cd (co-authored by Sushanta Tripathy).

February 2026 monthly summary focusing on key accomplishments and business impact. Delivered a new Nuclear balance functions and correlation analysis task in the O2Physics analysis framework (AliceO2Group/O2Physics), enhancing nuclear physics capabilities for run-2 analyses. The task includes configurable options for track selection, event mixing, and correlation analysis, improving analysis accuracy, reproducibility, and throughput for nuclei studies. Demonstrated strong collaboration with collaborators and adherence to ALICE O2 framework guidelines. Key contribution: co-authored the commit efab714f03fafab480c5c6f792e21fa76fb5aa0e, recognizing collaborative development with Sushanta Tripathy and the ALICE Action Bot.